Unveil Form

Black - Unveil Form ShoeFlex 9075A TPU Filament - 1.75mm, 0.75kg

$54.99
$54.99
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What Unveil Form ShoeFlex 9075A TPU filament is used for

Unveil Form ShoeFlex 9075A is a black flexible TPU filament for 1.75mm FDM/FFF 3D printers. The material is suited to parts that need bend, toughness, impact resistance, and better wear performance than rigid plastics can provide.

The 90A / 75D hardness places ShoeFlex 9075A in a firm-flexible range that works well for functional prints. TPU is a practical choice when a printed part needs to absorb knocks, resist abrasion, or flex in use without cracking easily.

Key features of ShoeFlex 9075A TPU

  • Flexible and durable material: TPU combines elasticity with strength for parts that need controlled flex instead of rigidity.
  • Wear-resistant performance: The material is well suited to surfaces and components exposed to repeated contact, rubbing, or handling.
  • Impact-resistant behaviour: TPU helps printed parts absorb shocks and minor impacts better than many standard rigid filaments.
  • 1.75mm filament format: The filament size fits a wide range of desktop FDM/FFF 3D printers designed for 1.75mm material.
  • Black finish: The black colour is useful for clean-looking functional parts, protective components, and everyday-use accessories.

Where flexible TPU filament fits best

ShoeFlex 9075A is a strong fit for practical prints such as protective covers, tool grips, bumpers, feet, sleeves, gaskets, and wear-resistant contact parts. The material is especially useful when a design benefits from flex, surface grip, or shock absorption.

This TPU filament also suits prototype work where a rigid plastic would not reflect the final part's behaviour. Makers, educators, designers, and small-batch production users can use the material for parts that need resilience under repeated handling or movement.

What to expect when printing TPU

Flexible TPU generally prints best at slower speeds than PLA or PETG and benefits from a controlled filament path. Dry material, a well-tuned first layer, and a printer setup designed for flexible filaments help produce more consistent results.